Drawing-aware
Technical drawings, shop details and design intent inform editable 3D code assets.
AEC, BIM & drawing intelligence / Malaysia · Worldwide
QH TECH turns architecture, engineering and construction models, BIM data and technical drawings into lightweight, editable code—ready for browser delivery, design coordination and the next project decision.
[ 01 — OUR POINT OF VIEW ]
Architecture, engineering and construction teams still work around heavy BIM files, disconnected CAD drawings and manual model rework. We turn geometry, IFC properties, drawing references and component rules into readable, parameterized, revision-ready assets—so every coordination change is visible, reusable and easier to issue.
Technical drawings, shop details and design intent inform editable 3D code assets.
Model geometry and data can stay legible across BIM, IFC and digital-delivery workflows.
Dimensions, materials and component logic are changed like source code—not rebuilt from scratch.
[ 02 — THE PLATFORM ]
One code-native layer for the AEC lifecycle—from concept drawings and design development to BIM coordination, construction sequencing and asset operations.
AI-assisted reconstruction converts BIM components, technical drawings and reference imagery into native Three.js factory functions instead of opaque mesh files. Claude Code, Codex, Kiro and OpenCode can support this AI coding-assistant workflow—helping teams create, inspect and revise parameterized component families with engineering intent preserved.
Bring BIM, IFC, Revit and CAD drawing information into a real-time browser environment. Give design, construction and client teams a clearer way to review federated models, drawing packages and coordination context—without a specialist desktop application.
Built-in pivots, sockets and explosion groups turn architectural components, MEP equipment and structural assemblies into responsive construction-sequence, installation and maintenance experiences.
Eight explicit stages validate proportions, structure, materials, interactions and optimization in the browser before an asset moves into BIM coordination, drawing review or project delivery.
[ 03 — APPLICATIONS ]
Review federated BIM models, IFC properties, Revit elements and issued drawing context across disciplines from a shared, browser-ready source.
Translate technical drawings, shop drawings and equipment details into interactive assemblies for installation sequencing, method statements and workforce training.
Connect lightweight visual models with BIM metadata and live operational data for clearer facility intelligence, inspection and maintenance planning.
Use AI coding assistants to turn design intent into reviewable 3D prototypes, then give owners and project teams a fast way to understand the proposal.
[ 04 — OUR METHOD ]
Technical drawings, BIM data, reference images, specifications and existing project information are understood in context.
AI coding assistants—including Claude Code, Codex, Kiro and OpenCode—can accelerate editable code specifications and browser-native 3D models.
Stage-by-stage visual, structural and component-level quality gates protect engineering intent before coordination and issue.
Assets arrive ready for web review, BIM coordination, construction interaction and continuing project iteration.
[ 05 — WORK WITH US ]
We partner with architecture, engineering and construction organizations, BIM and digital-twin platforms, educators and developer communities to make drawings, models and project data more connected, reviewable and adaptable.
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